A triangle with sides 34/3 in length. A square with sides 34/4 in length. Any regular polygon with sides 34/n in length, with n being the number of sides.
A circle with radius 34/(2pi)
There are infinite possibilities. Take a piece of string 34 units long. Any shape you can make out of this will have a perimeter of 34, provided that the two ends touch.
it means make same shapes only perimeter
Yes, it is possible to have a perimeter of 34 and an area of 42 for certain shapes. For example, a rectangle can meet these conditions if its dimensions are appropriately chosen. However, such a configuration needs careful calculation to ensure both the perimeter and area requirements are satisfied simultaneously.
length = 34 and width = 3 Perimeter = 34+34+3+3 = 74 Area = 34*3 = 102
Perimeter is a concept that really makes sense in the context of 2-dimensional shapes. Furthermore, kitchens can be of all sorts of shapes.
You don't. Perimeter is a concept associated with plane figures, not solid shapes.
it means make same shapes only perimeter
To find the perimeter of two-dimensional shapes, add the lengths of all the sides together. The sum is the perimeter of the figure.
A 3 x 8 rectangle
Yes all shapes have perimeters.
area and perimeter of different shapes
Legnth of the sides and then you add them up to get the perimeter
length = 34 and width = 3 Perimeter = 34+34+3+3 = 74 Area = 34*3 = 102
Perimeter is a concept that really makes sense in the context of 2-dimensional shapes. Furthermore, kitchens can be of all sorts of shapes.
There are infinitely many shapes.
185
you can only find the perimeter of shapes, honey, not fractions.
It depends on the sizes of the two shapes.